Fom Technologies A/s · OMXCOP:FOM
Fom Technologies A/s — Investor Presentation (September 2026)
42 slides from Fom Technologies A/s's investor presentation, September 2026
Slide 1: FOM Product Onboarding
FOM Product Onboarding Precision Coating Tools for Advanced Materials V 1.4 NAH
Slide 2: Agenda
Agenda 1. Who We Are 2. Slot-Die Coating Technology 3. FOM Product Portfolio 4. Machines, Heads & Options 5. Consumables & Starter Kits
Slide 3: Welcome to FOM Technologies
Introduction | Welcome to FOM Technologies FOM Technologies Advancing precision thin-film coating solutions for lab, pre-pilot and pilot production. • Innovating high-precision slot-die coating systems • Bridging lab-scale R&D with industrial scalability • Supporting universities, research institute
Slide 4: FOM Slot-Die Coating Technology
FOM Slot-Die Coating Technology
Slide 5: Slot-Die Coating | Introduction
Slot-Die Coating | Introduction What is slot-die coating? Why Slot-Die Matters? Where does it come from? • A pre-metered thin-film coating • High reproducibility and precision • Developed by Eastman Kodak in method the 1950s • Extremely low material consumption • High uniformity with low material •
Slide 6: Slot-Die Coating | Technology Explained
Slot-Die Coating | Technology Explained Main Components • Pump - Feeds a precise, controlled flow of ink or slurry • Slot-die head Ð Shapes the liquid into a uniform film • Substrate Ð Moves underneath the head to receive the coating • Precision coating machine Ð Controls movement, gap, speed, and s
Slide 7: Slot-Die Coating | Thickness Control
Slot-Die Coating | Thickness Control • Wet film coating thickness is controlled (and calculated) by adjusting the speed of the substrate (U) and the pump rate (Q) of the liquid, also called the pre-metered process. Volumetric pump rate (Q) Width of coating (!) Speed of the substrate being coated (U)
Slide 8: Slot-Die Coating | Quality Control
Slot-Die Coating | Quality Control Key parameters for quality coating : • Pump rate • Substrate motion & stability • Coating gap height • Material properties (viscosity, surface tension, and energy, the capillary number) • Quality of the coating equipment • Slot-die heads • Motion systems *Stable co
Slide 9: Alternative Coating Techniques vs. Slot-Die
Alternative Coating Techniques | vs. Slot-Die Slot-die provides the best combination of precision, scalability, and material efficiency for modern thin-film manufacturing.
Slide 10: FOM Product Portfolio | Overview
FOM Product Portfolio | Overview Machines Slot-Die Heads Consumables Options Start with Precision Control with Confidence Enable Coating From Day Expand Capabilities One FOM machines form the core of Precision slot-die heads define Consumables ensure customers Options enhance the coating the coating
Slide 11: FOM Machines Overview
FOM TECHNOLOGIES FOM Machines Overview
Slide 12: FOM Machines | Portfolio Overview
FOM Machines | Portfolio Overview
Slide 13: FOM Machine | Sheet Based Overview
FOM Machine | Sheet Based Overview FOM scalarSC FOM vectorSC FOM alphaSC • Entry-level precision sheet coater • Intermediate-level sheet coater • Premium sheet-based coater for for flexible & rigid substrates • Includes motorized positioning advanced R&D • Simple operation for daily and an integrate
Slide 14: FOM scalarSC | Key features
FOM scalarSC | Key features 1. Motorized substrate bed with integrated heating 2. Intuitive touch-screen interface 3. Plug-and-play installation 4. Fully glovebox compatible 5. Works with an external syringe pump 6. Supports additional options and upgrades 7. Slot-die head compatibility: FOM SD 25 Ð
Slide 15: FOM vectorSC | Key features
FOM vectorSC | Key features 1. Semi-motorized substrate bed with METAPORª microporous vacuum 2. Programmable coating protocols 3. Integrated syringe pump 4. Fully glovebox compatible 5. Quick-access and emergency stop buttons 6. External electrical cabinet 7. Supports additional options and upgrades
Slide 16: FOM alphaSC | Key features
FOM alphaSC | Key features 1. Fully motorized 3-axis positioning (±1 µm) 2. Programmable and reproducible coating protocols 3. Integrated syringe pump 4. Fully glovebox compatible 5. Motorized METAPOR™ vacuum substrate bed for uniform fixation of flexible & rigid substrates 6. External electrical ca
Slide 17: FOM Machine | Roll & Roll-to-Roll Based Overview
FOM Machine | Roll & Roll-to-Roll Based Overview FOM nanoRC FOM omicronR2R FOM omegaR2R • Entry-level roll coater • Intermediate-level R2R • Advanced lab-scale R2R • Flexible substrates & small- system platform scale trials • Modular drying options • Multiple drying configurations • Ideal for labs n
Slide 18: FOM nanoRC | Key features
FOM nanoRC | Key features 1. Heated substrate holder 2. Plug and play installation 3. Touchscreen control interface 4. External syringe pump (auto-start when connected) 5. Compact and easy to operate 6. Slot-die compatibility: FOM SD 25Ð100
Slide 19: FOM omicronR2R & omegaR2R | Key features
FOM omicronR2R & omegaR2R | Key features 1. Fully motorized bridge (0Ð90¡) 2. Modular Hot Air / IR / UV ovens (250/500 mm) 3. Programmable coating protocols 4. Air mandrels for securing the substrate roll 5. External electrical cabinet 6. Options & extensions available 7. Slot-die compatibility: FOM
Slide 20: FOM Machine | Roll & Roll-to-Roll Based
FOM Machine | Roll & Roll-to-Roll Based FOM compact moduloR2R FOM moduloR2R • Cost-efficient pilot-scale R2R platform • Full pilot R2R system with customizable • Modular design with interchangeable process modules drying sections • High-precision alignment for uniform • Integrated tension control fo
Slide 21: FOM compact moduloR2R | Key features
FOM compact moduloR2R | Key features 1. Continuous, non-contact coating process with µm precision. 2. Adjustable coating angle 3. Motorized slot-die positioning 4. Modular oven system 5. Integrated tension and web guiding system. 6. Remote support and cloud recipe saving. 7. Slot-die compatibility:
Slide 22: FOM moduloR2R | Key features
FOM moduloR2R | Key features 1. Modularity over time (unwinder, rewinder, oven, and slot- die stations) 2. Single or double-sided coating 3. Software-integrated pumping system 4. Various drying processes and configurations 5. Versatile solutions and substrate compatibility 6. Multiple coating proces
Slide 23: FOM Machine | Roll-to-Roll Niche Applications
FOM Machine| Roll-to-Roll Niche Applications The machine is designed for in-situ study of films at high-energy beam lines (synchrotrons)
Slide 24: FOM photonR2R | Key features
FOM photonR2R| Key features 1. Hybrid coater with modular design (Roll-to-Roll and Sheet mode) 2. Remote control 3. Fully motorized x-z positioning 1 µm 4. Motorized substrate bed with METAPOR™ microporous vacuum 5. Self-cleaning slot-die-head 6. External Electrical Cabinet 7. Additional options ava
Slide 25: FOM Slot-Die Heads Overview
FOM TECHNOLOGIES FOM Slot-Die Heads Overview
Slide 26: Slot-Die Heads | Introduction
Slot-Die Heads | Introduction • Precision tool for depositing thin, uniform liquid films on substrates • Defines coating quality: wet-film thickness, uniformity, and repeatability • Scalable from lab research to pilot and industrial systems • Compatible with a wide range of viscosities, inks, and fu
Slide 27: Slot-Die Heads | In Essence
Slot-Die Heads | In Essence Resist deformation under ink Durable pressure - ensuring stable, consistent performance over time. Precision machining and lapping Smooth Surface ensure a flatness tolerance of 5 µm or less. Manufactured from stainless steel High-Quality Materials (ANSI 1.4404) and PEEK (
Slide 28: Slot-Die Heads | Key Features
Slot-Die Heads | Key Features • Ultra-uniform coatings enabled by optimized internal flow design • Chemically treated and corrosion-resistant • Low dead-volume cavity for efficient use of expensive materials • Flexible coating width control using shims • Easy cleaning and fast reassembly
Slide 29: Slot-Die Heads | Portfolio Overview
Slot-Die Heads | Portfolio Overview Variants: • Standard or High viscosity (SV or HV) Material: • Stainless steel or PEEK
Slide 30: Slot-Die Heads | Components
Slot-Die Heads | Components Industrial Series Offering additional process-control features compared to the Research Series slot-dies. 1. Bleed valve Research Series 1 2 3 4 2. Pressure gauge 1. Front plate 3. Front/ back plate separation 2. Shim 4. Protection cover 3. Meniscus guide 4. Back plate 5.
Slide 31: FOM Consumables Overview
FOM TECHNOLOGIES FOM Consumables Overview
Slide 32: Consumables | Introduction
Consumables | Introduction Consumables ensure: • Stable, repeatable coating performance • Immediate coating and maintaining high-quality results over time Key consumables include: • Shims & Meniscus Guides Ð define coating width and meniscus geometry • Starter Kit Ð syringes, tubing, connectors, cle
Slide 33: Consumables | Shims & Meniscus Guides
Consumables | Shims & Meniscus Guides Shims and meniscus guides are precision-cut stainless steel inserts placed between the slot-die plates to define the coating width, meniscus shape, and liquid flow path. They allow rapid adjustment of coating parameters without redesigning the entire slot-die he
Slide 34: Consumables | Shim Patterns
Consumables | FOM Shim Patterns TECHNOLOGIES
Slide 35: Consumables | Starter Kit
Consumables | Starter Kit Variants: • Steel Series SV & HV • PEEK Series Essential Tools • Torque Screw Assembly • Allen Key Set • Feeler Gauge Coating Accessories • Wet Film Comb • Tube Cutter • Silicone Mat Starter Consumables • Coating Kit (SV/HV) • Cleaning Kit
Slide 36: FOM Options Overview
FOM TECHNOLOGIES FOM Options Overview
Slide 37: Options | Introduction
Options | Introduction Why Options Matter? • Expand the functionality of any FOM coater • Adapt the machine to different materials and processes • Build complete workflows from substrate preparation to final drying • Upgrade capabilities over time as research evolves
Slide 38: Options | Categories
Options | Categories Pre-Coating • Prepare the substrate for stable, uniform film deposition. Coating • Add functional or patterned layers that build on slot-die coated films. Post-Coating • Control drying and film formation to preserve coating quality.
Slide 39: Options | Overview
Options | Overview Pre-Coating Coating Post-Coating FOM airknife FOM flexographic FOM airknife FOM ionizing bar FOM IR system FOM blade coating FOM ionizing bar FOM laser system FOM IR system
Slide 40: Options | Coating Workflow
Options | Coating Workflow Pre-Coating ↓ Different industries require specific workflows: Coating (slot-die + optional tools) Battery Research | Thick slurry coatings = Needs strong adhesion + ↓ predictable drying Post-Coating • Workflow: Blade coating / slot-die → IR drying → hot-air drying Custome
Slide 41: Learning Material | Access via Distributor Portal
Learning Material | Access via Distributor Portal Distributor Portal
Slide 42: Q&A
Q&A TECHNOLOGIES
FOM Technologies — Investor Presentation (September 2026) on 6ix